GasPleat™ K Series (JPMK) filter elements are designed for the efficient removal of solid particulate contaminants in critical gas processing systems. Manufactured using a proprietary K media blend, these cartridges combine the durability of polyester with the economic advantages of cellulose, delivering reliable filtration performance at a competitive cost.

The pleated design maximizes surface area, ensuring low pressure drop and extended service life. With flexible configurations, multiple micron ratings, and a wide range of hardware options, JPMK cartridges can be tailored to meet demanding gas filtration requirements.

We warrants this part to meet or exceed OEM specifications, in Form, Fit, and Function,tested in accordance with ISO standards, with equivalent performance to original brands.

Application

Glycol & Amine Loops: Effective removal of solid particulates to prevent foaming and equipment erosion in dehydration and sweetening units.

Compressor Stations: Protecting suction and discharge stages from pipeline scale, rust, and other solid debris.

Meter & Regulation (M&R) Stations: Ensuring gas purity for custody transfer meters and sensitive instrumentation.

Fuel Gas Conditioning: Providing clean combustion gas for industrial engines and turbines.

Gathering Systems: Initial filtration of raw natural gas to protect downstream processing infrastructure.

Utility & Instrument Air: Final stage filtration for plant air systems to prevent pneumatic tool failure.

Proprietary "K" Media Blend: A specialized matrix of bonded polyester and cellulose fibers that provides enhanced durability and moisture resistance compared to traditional paper filters.

Cost-Efficient Performance: Delivers the technical advantages of "Tier 1" polyester media at a price point closer to economy-level cellulose filters, optimizing operational expenditure (OPEX).

Structural Rigidity: The thermo-bonded media prevents fiber migration and maintains pleat uniformity even under high differential pressure or flow surges.

Optimized Surface Area: The pleated design ensures a high dirt-holding capacity and a low initial pressure drop ($\Delta P$), extending the interval between filter change-outs.

Rugged Construction: Features heavy-duty hardware including tinned steel cores and nylon or metal end-caps, capable of withstanding collapse pressures exceeding 150 PSID.

Wide Chemical Compatibility: Excellent resistance to various hydrocarbons, making it ideal for both dry gas and liquid-laden gas streams.